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Montreal - the technical requirements 06 Jun 2008

Renault R28 front wing.
Formula One World Championship, Rd 7, Canadian Grand Prix, Preparations, Montreal, Canada, Thursday, 5 June 2008 Fernando Alonso (ESP) Renault.
Formula One World Championship, Rd 7, Canadian Grand Prix, Preparations, Montreal, Canada, Thursday, 5 June 2008 Renault R28 detail.
Formula One World Championship, Rd 7, Canadian Grand Prix, Preparations, Montreal, Canada, Thursday, 5 June 2008 Renault R28 engineers look at the Ferrari F2008.
Formula One World Championship, Rd 7, Canadian Grand Prix, Preparations, Montreal, Canada, Thursday, 5 June 2008 Renault R28 front wings.
Formula One World Championship, Rd 7, Canadian Grand Prix, Preparations, Montreal, Canada, Thursday, 5 June 2008

Montreal's Circuit Gilles Villeneuve is a stop-start, temporary circuit. The long straights mean plenty of heavy braking, while numerous slow corners put the emphasis on strong traction and good engine torque to launch the cars out of them. A competitive car will give the drivers confidence to brake late, while also looking after the rear tyres on a circuit where teams will be running the softest of Bridgestone's 2008 compounds. Here Renault reveal how they plan to set-up the R28 to find maximum performance out on track in Canada...

Aerodynamics:
Montreal will see the team run with a 'low downforce' aerodynamic package. The circuit can be considered as including no high-speed corners, as Turn Five is taken comfortably at full throttle in fifth and sixth gears. The primary focus is therefore on minimising drag levels in order to achieve competitive straight-line speeds (with a maximum of over 320 km/h), while the downforce will assist vehicle stability under heavy braking. The low downforce levels mean the car feels light to drive, and nervous under braking, and so the drivers need to be more delicate with their steering inputs, and when applying the brakes and throttle.

Suspension:
The cars need a responsive change of direction in the chicanes while maintaining good stability under braking and traction out of the slow corners. Brake locking must also be taken into consideration when tuning the suspension, as excessive locking at front or rear will cost lap-time.

Brakes:
Along with Monza, Montreal is the most demanding circuit of the year for the brakes. Overheating is not the primary concern, as the discs and pads have ample time to cool on the straights. However, the braking energies are very high, with four braking events from over 300 km/h - and the other two from above 250 km/h. Basic wear is therefore our primary concern, and we monitor this in real time during the race. The driver may be asked to adjust the brake balance if wear levels become alarming at front or rear, and some of our work in practice will focus on ensuring that brake wear levels are under control on representative race fuel loads.

Tyres:
The temporary nature of the circuit means that the circuit begins the weekend very 'green' and grip levels improve constantly throughout the weekend - just like we see at similar venues such as Melbourne or Monaco. The track surface is not particularly abrasive, and the absence of high-speed corners means that tyre energies are among the lowest of the season. Consequently, the teams will be using the Soft and Super-soft compounds from Bridgestone's 2008 range, as was the case for the last race in Monaco.

Strategy:
Traditionally, Montreal has been a race with strategies ranging from one to three stops although a two-stop strategy is likely to be the most competitive solution under the 2008 tyre regulations. The absence of high-speed corners means the fuel effect (the time penalty for carrying fuel weight) is relatively low at this circuit, and combined with low fuel consumption, this means there is relatively little penalty in qualifying for carrying extra fuel. Teams will also need to consider the ever-present threat of a safety car period, and so a flexible strategy could reap rewards come Sunday afternoon.

Engine performance:
The engine is used in a very stop-start fashion around the Montreal circuit, which is essentially compromised of six extended full throttle bursts separated by chicanes. The engine spends just under 60 percent of the lap at full throttle, which is not a particularly high percentage, but the longest full throttle section last for 14 seconds - a more demanding value, which puts the circuit at the higher end of the scale for engine severity. Cooling is not normally a problem thanks to the long straights, but cut grass and other debris are potential hazards. We monitor temperatures closely, and debris can usually be removed at the pit stops.